RUS Series

Linear roller bearings have the advantages of high precision, low friction, high rigidity and long life. They can operate smoothly at heavy loads and high speeds and are suitable for high-precision machine tools and automation equipment. The structural design of linear roller bearings enables them to withstand large radial and axial loads while maintaining high precision movement.

Изображение может отличаться от изделия. Подробности см. в технических характеристиках.

Характеристики

Standards: GB,ASTM/AISI,ГОСТ,BS,JIS,NF,DIN / VDEh
Weight: 0.16kg-16kg
Range of Height: 19mm-85mm
Range of Length: 69mm-281mm
Range of Width: 27mm-104mm
Brand: QIBR/OEM/Neutral
Package: QIBR/Standard Industrial Package/OEM
Applications: Electronic equipment, food machinery, packaging machinery, medical machinery
Material: 52100, 100Cr6, SUJ2, 440

Подбор моделей QIBR

Показано 1 - 9 из 9: Продукты

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Подбор моделей QIBR
№	Модель продукта	Weight	Height	Total length	Width	Depth2
1	RUS 19069	0.16 kg	19 mm	75 mm	27 mm	15.5 mm
2	RUS 19105	0.27 kg	19mm	111 mm	27 mm	15.5 mm
3	RUS 26086	0.41 kg	26 mm	92 mm	40 mm	21 mm
4	RUS 26102	0.53 kg	26 mm	108 mm	40 mm	21 mm
5	RUS 26126	0.70 kg	26 mm	132 mm	40 mm	21 mm
6	RUS 38134	1.27 kg	38 mm	133 mm	52 mm	31 mm
7	RUS 38206	2.28 kg	38 mm	206 mm	52 mm	31 mm
8	RUS 65210	7.5 kg	65 mm	234 mm	76 mm	55 mm
9	RUS 85280	16 kg	85 mm	303 mm	104 mm	73 mm

Main features of linear roller bearings RUS series

High load capacity:

Compared with the ball structure, the rollers of the linear roller bearing RUS series can provide higher load capacity, especially suitable for heavy-duty conditions.

High precision and stability:

Linear roller bearings provide very precise linear guidance and can withstand high radial loads to ensure the stable operation of mechanical systems.

Durability and reliability:

Due to the use of rollers as rolling elements, linear roller bearings are more wear-resistant during long-term use than ball bearings, and are suitable for heavy-duty, long-term working environments.

Design flexibility:

Linear roller bearings have a variety of design forms, such as single row, double row or multi-row, to adapt to different loads and operating conditions.

Application fields of linear roller bearing RUS series:

Machine tool equipment: Linear roller bearings are often used in CNC machine tools, milling machines, grinders and other equipment to accurately control and guide the linear motion of workbenches or tools.

Automation equipment: Such as robot joints, conveying systems, etc., require high-precision linear motion under high load.

Precision instruments: For example, measuring equipment, scanners, etc., linear roller bearings can provide stable and vibration-free linear guidance.

Motion platforms: Such as optical platforms, laser cutting machines, etc., require extremely high stability and durability.

Подбор моделей QIBR

Main features of linear roller bearings RUS series

High load capacity:

Compared with the ball structure, the rollers of the linear roller bearing RUS series can provide higher load capacity, especially suitable for heavy-duty conditions.

High precision and stability:

Linear roller bearings provide very precise linear guidance and can withstand high radial loads to ensure the stable operation of mechanical systems.

Durability and reliability:

Due to the use of rollers as rolling elements, linear roller bearings are more wear-resistant during long-term use than ball bearings, and are suitable for heavy-duty, long-term working environments.

Design flexibility:

Linear roller bearings have a variety of design forms, such as single row, double row or multi-row, to adapt to different loads and operating conditions.

Application fields of linear roller bearing RUS series:

Automation equipment: Such as robot joints, conveying systems, etc., require high-precision linear motion under high load.

Precision instruments: For example, measuring equipment, scanners, etc., linear roller bearings can provide stable and vibration-free linear guidance.

Motion platforms: Such as optical platforms, laser cutting machines, etc., require extremely high stability and durability.